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GIDINGS&LEWIS 502-03853-23可编程工业电脑

发布时间:2025-08-26人气:
  • GIDINGS&LEWIS 502-03853-23可编程工业电脑
  • GIDINGS&LEWIS 502-03853-23可编程工业电脑
  • GIDINGS&LEWIS 502-03853-23可编程工业电脑

 GIDINGS&LEWIS  502-03853-23可编程工业电脑

1.产 品 资 料 介 绍:

502-03853-23 是 Giddings & Lewis PiC900 系列控制系统的核心组件 —— 可编程工业电脑,堪称工业自动化系统的 “智能中枢”。它集复杂逻辑控制、高效数据处理和设备通信功能于一体,凭借强大的可编程性,既能作为系统的中央处理单元统筹全局,也能作为专用控制单元聚焦特定任务,核心职责是协调工业自动化系统中的多任务运行与实时控制,为各类工业场景提供精准、灵活的控制解决方案。

二、产品特点

  1. 强大处理能力,支撑多任务并行:内置高速处理器,可同时处理多个控制任务而不卡顿。在汽车焊接生产线中,能同步管控焊接机器人动作、传送带运行速度、焊接参数调节及故障监测等任务,确保各环节毫秒级响应,避免因单任务阻塞影响整体生产节奏,保障工业系统的实时性与高效性。
  2. 可编程灵活性,适配定制化需求:支持用户通过工业编程语言开发自定义程序,轻松实现顺序控制(如装配步骤的先后调度)、逻辑运算(如根据传感器信号判断设备状态)、数据处理(如生产数据统计分析)和通讯管理(如与上位机的数据交互)。在定制化食品包装线中,可根据不同包装规格编写专属控制逻辑,快速切换生产模式,满足小批量多品种的生产需求。
  3. 丰富接口配置,实现全系统互联:配备多种输入输出接口,能直接连接温度传感器、压力开关等检测设备,控制电磁阀、电机等执行器,还可与 I/O 模块、伺服控制模块无缝对接。在智能仓储系统中,通过接口连接堆垛机编码器、仓位传感器及 conveyor 驱动器,实现设备状态采集与控制指令下发的全链路数据交换。
  4. 模块化设计,简化运维升级:采用标准化模块结构,可直接插装于 PiC900 系统机架。当生产规模扩大需增加控制节点时,只需新增模块即可扩展系统容量;模块出现故障时,技术人员可快速插拔更换,无需停机重构系统,大幅降低维护成本与生产中断时间。
  5. 工业环境适配,保障稳定运行:针对工业现场恶劣环境优化设计,具备强抗电磁干扰能力(可抵御车间变频器、高压设备的电磁辐射)和抗振动性能(适应机床、生产线的持续振动)。在冶金车间高温、多粉尘环境中,能长期连续运行,确保控制程序稳定执行,避免因环境因素导致的系统宕机。

英文资料:

502-03853-23 is the core component of the Giddings&Lewis PiC900 series control system - programmable industrial computer, which can be regarded as the "intelligent center" of industrial automation systems. It integrates complex logic control, efficient data processing, and device communication functions. With strong programmability, it can serve as the central processing unit of the system to coordinate the overall situation, as well as a dedicated control unit to focus on specific tasks. Its core responsibility is to coordinate the multi task operation and real-time control in industrial automation systems, providing accurate and flexible control solutions for various industrial scenarios.

2、 Product Features

Powerful processing capability, supporting multitasking parallelism: Equipped with a high-speed processor, it can simultaneously handle multiple control tasks without lagging. In the automotive welding production line, it is possible to synchronously control the actions of welding robots, the running speed of conveyor belts, the adjustment of welding parameters, and fault monitoring tasks, ensuring millisecond level response in each link, avoiding the impact of single task blockage on the overall production rhythm, and ensuring the real-time and efficient performance of industrial systems.

Programmable flexibility, adapting to customization requirements: support users to develop customized programs through industrial programming languages, and easily realize sequence control (such as the scheduling of assembly steps), logic operation (such as judging equipment status according to sensor signals), data processing (such as statistical analysis of production data), and communication management (such as data interaction with the upper computer). In the customized food packaging line, dedicated control logic can be written according to different packaging specifications to quickly switch production modes and meet the production needs of small batches and multiple varieties.

Rich interface configuration to achieve full system interconnection: equipped with multiple input and output interfaces, it can directly connect temperature sensors, pressure switches and other detection devices, control solenoid valves, motors and other actuators, and seamlessly interface with I/O modules and servo control modules. In the intelligent warehousing system, the stacker encoder, bin sensors, and conveyor drivers are connected through interfaces to achieve full link data exchange for equipment status acquisition and control command issuance.

Modular design simplifies operation and maintenance upgrades: adopting a standardized module structure, it can be directly plugged into the PiC900 system rack. When the production scale expands and control nodes need to be added, simply adding modules can expand the system capacity; When a module fails, technicians can quickly plug and replace it without shutting down to rebuild the system, greatly reducing maintenance costs and production interruption time.

Industrial environment adaptation, ensuring stable operation: Optimized design for harsh industrial environments, with strong anti electromagnetic interference capability (able to resist electromagnetic radiation from workshop frequency converters and high-voltage equipment) and anti vibration performance (suitable for continuous vibration of machine tools and production lines). In the high-temperature and dusty environment of the metallurgical workshop, it can operate continuously for a long time to ensure stable execution of control programs and avoid system downtime caused by environmental factors.

  2.产      品      展      示      

giddings_lewis_-_pic_900_-_pic_90_csm_cpu_-_502-03853-23_r1_1.jpg

3.其他产品

BECKHOFF CX11000001 直流调速器

DELTA TAU  ACC-24E2 接口模拟模块

BECKHOFF CX1020N000控制器

4.其他英文产品

ABB 70BK03c-E Control I/O Module

Asea 57330001-N Control Board

ABB 70AB01c-ES control board

6DD1611-0AF0CACR-SR30SF1BFB3BHE024747R0101
6DD1611-0AE06SC6100-0SA01879-8103-002
6DD1611-0AD0CACR-IR3030CBPCD231B101
6DD1610-0AK0CACR-IR050505FB8446-1019
6DD1610-0AH66SC9731-0AL2TRICONEX 3704E
6DD1610-0AH5CACR-JU084AEA026DD2920-0AL0

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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